5results about How to "Reduce melting" patented technology

The utility model relates to candle lamp technical field, specifically disclose a candle lamp controller with safety protection structure, including the shell, the shell is cylindrical barrel -shaped structure, the outer surface of one end of shell away from the soft light cover snap -on installation has the bottom shell, the inside snap -on installation of shell has control mainboard. This candle lamp controller with safety protection structure, when candle lamp after a period of use control mainboard and LED lamp circuit board will produce heat, at this time heat will be conducted to the heat dissipation silica gel pad and the heat conduction silica gel pad, at this time through thermistor can monitor the operating temperature of candle lamp, make temperature exceed the limit value of thermistor after, LED lamp circuit board can automatically power off to reduce the temperature rise, reduce the melting or combustion fire of shell, soft light cover and other components due to long -term use, greatly promote the safety of candle lamp use time and promote the life of use.

The utility model belongs to mechanical technical field, and disclose a pre -wrinkle structure of wrapping film, including moving block, the upper end surface fixed of moving block is equipped with the vertical board, the inside fixed of vertical board is equipped with heating wire, the upper end surface fixed of vertical board is equipped with the oblong plate, the other end of oblong plate is equipped with the storage board of sliding, the upper end surface fixed of storage board is equipped with the control panel, the rear end surface fixed of vertical board is equipped with fixed block, the inside fixed of fixed block is equipped with pivot no. 2, the outside rotation of pivot no. 2 is equipped with the drum no. 2, the other end fixed of pivot no. 2 is equipped with the limit ring, through heating wire, oblong plate, vertical board, through the softening film material of heating, make it more easily form in the process of folding, avoid the breakage, uneven folding etc. caused by the problem of hard folding of material, improve the regularity of wrapping film folding and the quality of finished product after winding, through control panel, can control the temperature of heating wire accurately, reduce the temperature of wrapping film melting too high.

The application relates to the field of power distribution cabinets, and discloses a power distribution cabinet with a fireproof and flame-retardant function, which comprises a protection assembly, the protection assembly is installed at the upper end of a main body, the protection assembly is used for cooling the cabinet body and inhibiting internal and external fire sources, the protection assembly mainly comprises an executing mechanism composed of mounting blocks, a piston plate, glass balls, springs and sealing plugs, the glass balls are red, the triggering temperature is 68 DEG C, the power distribution cabinet with the fireproof and flame-retardant function has the protection assembly, the probability of fire source overflow or internal spread is reduced, the generation of toxic gas is reduced, the external fire source can be extinguished while preventing the external fire source from approaching the cabinet body, internal fire source spread to the outside can also be prevented, nitrogen can dilute internal oxygen and toxic gas, and external fire extinguishing agents can be used after the fire extinguishing agents in the cabinet body are consumed, the external fire extinguishing agents are introduced and secondary protection is carried out.

This application provides a flue gas particulate matter sampling system, comprising a sampling head, a first sampling bend, a sampling straight pipe, a first connecting pipe, a second sampling bend, and a second connecting pipe sequentially connected to an automatic sampler. The first sampling bend includes a first bend body, one end of which is connected to the sampling head, and the other end of which is connected to one end of the sampling straight pipe. The second sampling bend includes a second bend body, a filter membrane, and a gasket, one end of which is connected to the other end of the first connecting pipe. The other end of the second bend body, the filter membrane, and the gasket are sequentially arranged, with a sealing ring located at the edge of the other end of the second bend body, the filter membrane, and the gasket. The sealing ring securely connects the other end of the second bend body, the filter membrane, and the gasket. This application, by placing a sampling straight pipe and a first connecting pipe between the first and second sampling bends, reduces the risk of melting of the second sampling bend due to excessively high flue gas particulate matter temperatures, thus protecting the second sampling bend.

The utility model relates to the technical field of steelmaking, in particular to steelmaking equipment which comprises a steelmaking furnace, a movable seat arranged below the steelmaking furnace, supporting plates symmetrically arranged on the upper surface of the movable seat, a hydraulic cylinder arranged in the middle of the lower surface of a U-shaped frame, an electric push rod arranged on the rear end face of the U-shaped frame and a fixed seat arranged below the movable seat. A driving assembly for adjusting the reciprocating motion of the movable seat is arranged on the upper surface of the fixed seat close to the left end; according to the steel-making equipment, the steel-making furnace with the protective cover is rotationally connected with the supporting plate on the movable base under the cooperation of the main shaft, the top of the supporting plate is matched with the U-shaped frame with the hydraulic cylinder and the electric push rod, the telescopic arm of the hydraulic cylinder stretches or retracts to achieve overturning cooperation of the steel-making furnace, and the movable base is matched with the T-shaped groove in the fixed base in an inserted mode; the movable seat horizontally reciprocates left and right on the fixed seat, so that a mixed solid-liquid mixture in the steelmaking furnace shakes back and forth, and the interior is uniformly mixed through continuous shaking.